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SYS-3000-EV
Battery Welding R&D Workstation
600 x 400 mm
XY Working Range
Up to 5-Axis
System Motion
1.4 x 1.4 m
System Footprint
SYS-3000-EV is a highly stable and precise laser processing platform for EV battery and component manufacturers looking to produce proof of concept parts and perform rapid laser process development.
This flexible system features a compact footprint with a generous work envelope. Utilizing the same components and processes used on full scale production lines, SYS-3000-EV enables seamless transition to mass production.
This flexible system features a compact footprint with a generous work envelope. Utilizing the same components and processes used on full scale production lines, SYS-3000-EV enables seamless transition to mass production.
600 x 400 mm
XY Working Range
Up to 5-Axis
System Motion
1.4 x 1.4 m
System Footprint
SYS-3000-EV is a highly stable and precise laser processing platform for EV battery and component manufacturers looking to produce proof of concept parts and perform rapid laser process development.
This flexible system features a compact footprint with a generous work envelope. Utilizing the same components and processes used on full scale production lines, SYS-3000-EV enables seamless transition to mass production.
This flexible system features a compact footprint with a generous work envelope. Utilizing the same components and processes used on full scale production lines, SYS-3000-EV enables seamless transition to mass production.
Get the Battery Welding Solutions Guide
Learn how we combine laser expertise with battery welding know-how to build laser solutions for global EV and battery manufacturers.
Get the Guide
Lasers Optimized for EV Applications
Powered by industry-leading IPG fiber laser technology, SYS-3000-EV offers a wider range of laser parameters for more reliable and more productive battery welding.
Dual-Beam Technology: Dual-beam lasers virtually eliminate spatter for consistently high-quality welds without compromising weld speed.
Single-Mode Beams: Highly focused beams enable the fastest weld penetration, even in reflective metals.
Unparalleled Reliability: The legendary power stability of IPG lasers provides long lasting and reliable performance weld after weld.
Real-Time Weld Measurement
Optional real-time weld measurement directly measures every weld as it is made to enable 100% weld quality assurance.
This patented in-process weld monitoring technology eliminates the need for time-consuming and destructive post weld testing. Instantly available data provides insights into weld dimensional properties and alerts operators if the process begins to degrade for immediate corrective action.
Learn More
Discover Your Next Laser Solution
Our application engineers, developers, and scientists are available across dozens of global state-of-the-art IPG application centers to help with everything from process development and optimization to full scale production.
Getting started is easy — send us a sample for evaluation or just tell us about your project and we'll take it from there.
Easy Installation & Integration
The SYS-3000-EV is designed for fast laser processing deployment onto the production floor. Easy-to-use IPGCore software accelerates time to production with proven libraries of preloaded program routines and fully integrates control of motion axes, vision systems, laser parameters, process head programming, and auxiliary equipment.
From R&D to Production
As a compact, turnkey battery welding system, the SYS-3000-EV enables rapid deployment for process development with the same components used in production.
The transition to full scale production is simple with optional conveyor pass through that allows the system to be integrated into battery manufacturing lines.
SYS-3000-EV System Specifications
 |
| SYS-3000-EV Laser Processing System |
| SYS-3000-EV Laser Processing System |
| XYZ Working Range |
|---|
| 600 x 400 x 300 mm |
| Positioning Accuracy |
| ±25 μm |
| Positioning Repeatability |
| 5 μm |
| Part Loading |
| Manual, Conveyor, and Automated Options |
| Display & Operation |
| 17" Monitor with Keyboard & Mouse |
| Control Software |
| IPGCore |
| Dimensions |
| 1400 L x 1400 W x 2500 H mm |
| Laser & Beam Delivery |
| IPG Laser Source |
| Selected to Best Match Application |
| Laser Integration |
| Internal or External |
| Beam Delivery Head |
| IPG High-Power Scanner |
| Options |
| Weld Measurement |
| IPG Real-Time Weld Measurement |
| Learn More |
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| XYZ Working Range | 600 x 400 x 300 mm | ||
| Positioning Accuracy | ±25 μm | ||
| Positioning Repeatability | 5 μm | ||
| Part Loading | Manual, Conveyor, and Automated Options | ||
| Display & Operation | 17" Monitor with Keyboard & Mouse | ||
| Control Software | IPGCore | ||
| Dimensions | 1400 L x 1400 W x 2500 H mm | ||
| Laser & Beam Delivery | |||
| IPG Laser Source | Selected to Best Match Application | ||
| Laser Integration | Internal or External | ||
| Beam Delivery Head | IPG High-Power Scanner | ||
| Options | |||
| Weld Measurement | IPG Real-Time Weld Measurement | ||
| Learn More |
The specifications above represent standard system configurations. IPG can offer customized specifications upon request.
